Conspectus Single-atom catalysts (SACs) offer unique advantages such as high (noble)
metal utilization through maximum possible dispersion, large metal–support contact areas …

Carbon monoxide (CO) has recently been considered an ideal reducing agent to replace
NH 3 in selective catalytic reduction of NO x (NH 3–SCR). This shift is particularly relevant in …

Photocatalytic carbon dioxide (CO2) reduction is an emerging approach to synthesizing
carbon monoxide (CO) but still suffers from poor selectivity and low catalytic efficiency …

Nonprecious transition-metal oxides, especially Fe-, Cu-, Co-, and Mn-containing mixed
oxides, have been regarded as promising alternatives for noble metal catalysts for the …

The interpretation of catalytic kinetics on supported metal catalysts typically assumes that
catalytic cycles occur on static active site structures apart from local rearrangement in the …

Hydroformylation reaction is one of the largest homogeneously catalyzed industrial
processes yet suffers from difficulty and high cost in catalyst separation and recovery …

The selective catalytic reduction of NO x by CO (CO-SCR) is considered a promising
alternative to NH 3-SCR technology because it can simultaneously reduce both harmful …

The atomic-scale characterization of surface active sites on γ-alumina still represents a great
challenge for numerous catalytic applications. Here, we combine advanced density …

The local structure of the metal single-atom site is closely related to the catalytic activity of
metal single-atom catalysts (SACs). However, constructing SACs with homogeneous metal …

The selective catalytic reduction of NO by CO (CO-SCR) is a promising technology to
simultaneously eliminate the harmful NO and CO. Particularly, low-cost and efficient …